White Hart Lane 3D Model

White Hart Lane Stadium was built in 1898, and is the home ground for North London football club Tottenham Hotspur. Designed by Archibald Leitch, the stadium holds over 36,000 people and is located in London’s N17 postcode. The stadium has undergone a number of redesigns during its life and it is due a redevelopment which will see the ground closed in 2017 and demolished in 2018 with all of Tottenham’s Champions League matches being moved to Wembley. The new ground will hold over 60,000 which will make it the largest club stadium in London. It will also include 579 new homes, a hotel, a community health centre and an extreme sports building. To this date, the stadium has been used to host England international matches as well as a short spell hosting London Monarchs American Football Team as well as all of Tottenham Hotspur’s home games.

ABOUT PROJECT

White Hart Lane was modelled using reference images taken on site with a high resolution camera. Using the LOD3 basic model we checked all heights were accurate and upgraded to LOD4. We used photos and our LOD3 photogrammetric model to keep the level of accuracy as high as possible. The model has had materials added to upgrade the model to appear more realistic.

SOURCE IMAGERY: Flown Date 2013

DATE OF CAPTURE: August 2013

LEVEL OF DETAIL: 4

ACCURACY: 15cm

AVAILABLE FORMATS: DWG, C4D, FBX

COST: £300

We are pleased with the result of our Tottenham Hotspur Stadium and it is one of many in our collection of sporting venue models in London. Most of the time our 3D models are used for planning, vizualisation or marketing, but this model could be used for visual effects purposes, VR and much more. The level of accuracy means it can also be 3D printed.

How to buy:

The White Hart Lane 3D Model is a commercial product available in variety of formats. To fit your needs you can purchase either the stadium on its own or as a part of a bigger site model. It is easy to buy the model; either contact us if you are interested in the entire model or individual buildings or use our Get a Quote tool to select an area you require.